Roof Uplift Test Equipment

Test equipment astm e108 apparatus a w s wall 12 x 24 uplift chamber 10 x 10 uplift chamber field roof uplift chamber hail impact cannon.

Roof uplift test equipment.

The uplift fastener tester is specially designed for the following domains. To be exact the mr 24 roof system is prepared to withstand winds of approximately 120 or 200 miles per hour and pressure of 45 to 105 pounds. Video clip from the test rig in the clip below aluminium standing seam roofing is tested under simulated wind suction. Tests for uplift resistance of roof assemblies.

1 1 the method of test specified in this standard is intended to determine the uplift resistance of roof assemblies consisting of the roof deck and roof covering materials. To test for uplift resistance of roof tile attachments mechanical uplift steel test frame construction sequence. The bonded uplift test utilizes two two foot by two foot pieces of plywood connected to a tripod. Design and performance requirements there are three tests ul 580 ul 1897 and astm e1592 that are used to determine a metal roof s uplift rating.

The two pieces of plywood are fastened together and attached to the tripod with mechanical fasteners. Adhesion pulltester with uplift fixture and 24 x24 plate includes uplift kit and pulling plate reusable metal pulling plate. The test frame has the appropriate roof deck attached to supports. The specific test that pertains to wind uplift utilizes a test apparatus designed by fm approvals.

For mechanically attached single ply roofing systems the test involves building a roof assembly on a test frame that measures 12 feet by 24 feet. Test the floor tiles installed on balconies check the adhesion of the roof covering proof the good installation of the waterproofing membrane perform a bonded pull test the metal pulling plate is reusable for repeatable performance and assembles in minutes. To ensure a correctly built metal roof there are a variety of wind uplift tests manufacturers use to test their metal panel systems. The plywood is then adhered to the smooth roof surface with steep asphalt cold adhesive or a material which is compatible with the roof system.

These tests are necessary to understand how a metal roof system can withstand both external and internal pressures which is important when trying to meet design and performance requirements in projects.